Engineering services for machine diagnostics, metrology and testing technology, and product development in mechanical engineering.
Tionik Dr.-Ing. Manuel Tröndle
Alzenau (Bavaria)New on Amplifa
About Tionik
Tionik is an engineering office of Dr.-Ing. Manuel Tröndle specializing in machine diagnostics, metrology and testing technology, and technical development in mechanical engineering. The offering includes mobile measurements directly at the machine, vibration measurement with frequency analysis (FFT), laser path and distance measurement, eddy current sensor technology, and the measurement of rotational speed, temperature, and process signals. The results are processed into trends and condition assessments and culminate in well-founded recommendations for action rather than mere raw data. Further services include product development, design, and smart monitoring with sensor integration. The owner is a doctor of mechanical engineering with many years of experience as a technologist and head of development in the machine tool industry and works on the machines himself. Customers come from maintenance, mechanical engineering, and development, especially the machine tool industry. Located in Alzenau in Bavaria.
- Site
- Alzenau
- Processes
- Machine diagnostics / vibration measurement and frequency analysis (FFT), Laser path and distance measurement, Eddy current sensor technology, Measurement of rotational speed, temperature, process signals, Sensor integration / smart monitoring, Product development / technical development in mechanical engineering, On-site machine diagnostics, Vibration measurement and frequency analysis (FFT)
- Materials
- Vibration measurement and frequency analysis, Laser path and distance measurement, Eddy current sensor technology, Rotational speed, temperature, and process signal measurement
- Certificates
- Certifications
- Employees
- 1
- Industries
- Mechanical engineering, Machine tool engineering, Maintenance
- 01
Technical consultation
- 02
On-site measurement
- 03
Evaluation and interpretation
- 04
Recommendation for action
Measurement Methods & Techniques
Vibration measurement and frequency analysis
Measurement and frequency analysis of machine vibrations for root cause determination.
Laser path and distance measurement
Optical measurement of paths and distances on machines.
Eddy current sensor technology
Sensor technology for non-contact path and vibration measurement.
Rotational speed, temperature, and process signal measurement
Supplementary signal measurement for assessing machine condition.
Location
Alzenau
DELocation (office/workshop)
- Own metrology equipment
- Workshop
Inside the production
Industries
Processes & technical limits
| Processes | Tolerance | Max. part | Weight | Lot size | Materials |
|---|---|---|---|---|---|
| Machine diagnostics / vibration measurement and frequency analysis (FFT)Testing | – | – | – | – | – |
| Laser path and distance measurementTesting | – | – | – | – | – |
| Eddy current sensor technologyTesting | – | – | – | – | – |
| Measurement of rotational speed, temperature, process signalsTesting | – | – | – | – | – |
| Sensor integration / smart monitoringEngineering | – | – | – | – | – |
| Product development / technical development in mechanical engineeringEngineering | – | – | – | – | – |
Additional services
Quality
Measurements are carried out directly at the machine with own metrology equipment; evaluation includes FFT, trends, and condition assessment.
| Evidence | Alzenau |
|---|---|
| Certifications |